The disclosure concerns a portable beauty light kit, comprising a power management and control unit “PMC” and a plurality of light modules. The PMC comprises: a plurality of charging bays, and a signal transmitting circuit. Each of the individual light modules comprises: a light emitting source, a signal receiving circuit, and a housing. Each of the individual light modules is designed to nest within one of the charging bays of the PMC, wherein they receive a battery charge. Additionally, the light modules are designed to be taken from the charging bays of the PMC and removeably attached to a mirror. The signal receiving circuit of each light module is configured to receive a wireless signal communicated from the signal transmitting circuit of the PMC. The signal receiving circuit modulates a light emitting state associated with each light emitting source based on the signal communicated from the signal transmitting circuit.
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1. A portable beauty light kit, comprising: a power management and control unit comprising a plurality of charging bays and a signal transmitting circuit; and a plurality of light modules, each of the light modules independently comprising a light emitting source, a signal receiving circuit, and a housing, at least a portion of the light emitting source and the signal receiving circuit being enclosed within the housing, wherein the signal receiving circuit is configured to receive a wireless signal communicated from the signal transmitting circuit; characterized in that: each of the plurality of light modules is configured to: removably attach with a mirror for providing light therefrom, nest within one of the plurality of charging bays of the power management and control unit, wherein the light modules are each adapted to receive a battery charge when nested in the one of the plurality of charging bays, and modulate a light emitting state associated with each light emitting source based on the signal communicated from the signal transmitting circuit, said light emitting state selected from: “on”, “off”, or “dimmed”.
A portable beauty light kit is designed to provide adjustable lighting for personal grooming tasks, such as makeup application or skincare routines. The kit addresses the need for portable, customizable lighting that can be easily positioned and recharged. The system includes a power management and control unit with multiple charging bays and a wireless signal transmitter, along with several light modules. Each light module contains a light-emitting source, a wireless signal receiver, and a housing that partially encloses these components. The light modules can be removably attached to mirrors or other surfaces to direct light where needed. When not in use, the modules nest into the charging bays of the power management unit to recharge their internal batteries. The control unit wirelessly transmits signals to the light modules, allowing users to adjust the light state of each module independently. The light modules can be set to "on," "off," or "dimmed" states based on the received signals, providing flexibility in lighting intensity and coverage. This modular design ensures portability, ease of use, and customizable lighting for beauty applications.
2. The portable beauty light kit of claim 1 , wherein said power management and control unit further comprises a battery charging module coupled to pins, wherein the pins are positioned at each of the charging bays.
The portable beauty light kit is designed for professional and personal use, providing adjustable lighting for makeup application, photography, or video recording. The kit addresses the need for portable, versatile lighting solutions that can be easily set up and powered in various environments, including locations without direct access to electrical outlets. A key challenge is ensuring reliable power delivery and management across multiple light sources while maintaining portability. The kit includes a power management and control unit that regulates power distribution to multiple light sources. This unit further incorporates a battery charging module connected to pins located at each of the charging bays. The charging module enables simultaneous charging of multiple batteries, ensuring continuous operation without interruptions. The pins at each charging bay facilitate secure and efficient power transfer, allowing users to swap out depleted batteries quickly. This design enhances usability by reducing downtime and ensuring consistent power availability for the lighting system. The modular approach allows for scalability, accommodating different battery types and quantities based on user needs. The overall system is compact, lightweight, and designed for easy transport, making it suitable for on-location use.
3. The portable beauty light kit of claim 2 , wherein said battery charging module is adapted to removably couple with a battery of each of the light modules for charging.
A portable beauty light kit is designed for professional and personal use, providing adjustable lighting for makeup application, photography, or video recording. The kit includes multiple light modules that can be positioned and oriented independently to create optimal lighting conditions. Each light module contains a battery that powers the light source, allowing for cordless operation. The kit also includes a battery charging module that is specifically designed to removably couple with the batteries of each light module. This charging module enables simultaneous charging of multiple batteries, ensuring that all light modules remain operational during extended use. The charging module may feature a docking station or individual slots for each battery, allowing users to swap out depleted batteries quickly and efficiently. This design enhances convenience by eliminating the need for separate charging cables or adapters for each light module. The system is particularly useful in environments where power outlets are limited, such as outdoor shoots or mobile beauty setups. The charging module may also include indicators to show charging status, ensuring users know when batteries are fully charged and ready for use. The overall system provides a flexible, portable lighting solution that maintains consistent performance without the constraints of wired power sources.
4. The portable beauty light kit of claim 1 , wherein each of the plurality of light modules is configured to receive a battery therein for powering the light emitting source, the signal receiving circuit, or a combination thereof.
The portable beauty light kit is designed for professional and personal use in photography, videography, and beauty applications, addressing the need for adjustable, portable lighting solutions that can be easily transported and set up in various environments. The kit includes multiple light modules, each equipped with a light-emitting source and a signal receiving circuit for wireless control. Each light module is configured to receive a battery internally, allowing for standalone operation without the need for external power sources. This battery-powered design enhances portability and flexibility, enabling users to position the lights in locations where power outlets are unavailable. The battery can power the light-emitting source, the signal receiving circuit, or both, ensuring continuous operation during use. The modular design allows for easy assembly and disassembly, making the kit suitable for travel and on-location shoots. The wireless control capability further simplifies setup and adjustments, allowing users to remotely control the light intensity, color temperature, and other settings. This invention provides a versatile and convenient lighting solution for professionals and enthusiasts who require reliable, portable lighting in diverse settings.
5. The portable beauty light kit of claim 4 , wherein the battery comprises a lithium polymer or lithium ion battery adapted to supply between 2.0 volts to 5.0 volts.
The portable beauty light kit is designed for use in personal grooming and beauty applications, providing adjustable, high-quality lighting to enhance visibility during tasks such as makeup application, skincare treatments, or hair styling. The kit addresses the need for portable, reliable lighting solutions that are easy to use in various settings, including travel or home environments, where traditional lighting may be insufficient or inconvenient. The kit includes a battery-powered light source with adjustable brightness and color temperature settings, allowing users to customize the lighting to suit different tasks. The battery is a lithium polymer or lithium ion type, capable of supplying between 2.0 volts to 5.0 volts, ensuring efficient power delivery and long-lasting performance. This battery type is chosen for its high energy density, lightweight design, and ability to maintain stable voltage output, which is critical for consistent lighting performance. The kit may also include additional features such as a rechargeable battery, a portable housing, and adjustable mounting options to enhance usability. The overall design prioritizes portability, ease of use, and adaptability to different lighting needs in beauty and grooming applications.
6. The portable beauty light kit of claim 1 , wherein the signal receiving circuit comprises a photo detector.
A portable beauty light kit is designed to provide controlled lighting for personal grooming, makeup application, or photography. The kit addresses the challenge of inconsistent or inadequate lighting in personal beauty routines, which can lead to poor visibility and suboptimal results. The system includes a portable housing containing one or more light sources, such as LEDs, that emit adjustable light for illuminating a user's face or other areas. The light output can be adjusted in terms of color temperature, brightness, and intensity to suit different tasks. The kit may also include a power source, such as a rechargeable battery, to ensure portability. A control interface allows users to adjust settings manually or via a connected device. The signal receiving circuit in the kit includes a photo detector, which enables the system to measure ambient light conditions. This allows the kit to automatically adjust the light output to compensate for external lighting, ensuring consistent illumination regardless of the environment. The photo detector may also facilitate features like automatic shut-off when no user is detected or adaptive brightness control. The portable design makes the kit suitable for travel, professional use, or home applications, providing a reliable lighting solution for beauty and grooming tasks.
7. The portable beauty light kit of claim 6 , wherein the photo detector comprises an infrared photo detector.
The portable beauty light kit is designed for use in beauty and grooming applications, providing controlled lighting to enhance visibility during tasks such as makeup application, hair styling, or skincare treatments. A key challenge in such applications is ensuring consistent and accurate lighting conditions to avoid shadows or color distortions that could affect the user's perception of their appearance. The kit includes a portable housing with adjustable lighting elements that can be positioned at different angles to illuminate the user's face or other areas of interest. The lighting elements may include LED lights with adjustable color temperature and brightness to simulate natural or studio lighting conditions. The kit also incorporates a photo detector to measure ambient light levels, allowing the system to automatically adjust the lighting output for optimal visibility. In this specific configuration, the photo detector is an infrared photo detector, which enhances sensitivity to low-light conditions and provides more precise measurements of ambient light without being affected by visible light interference. This ensures that the lighting adjustments are accurate and responsive to changing environmental conditions. The portable design allows the kit to be easily transported and used in various settings, such as at home, in salons, or during travel. The adjustable lighting and infrared photo detector work together to provide a reliable and adaptable lighting solution for beauty and grooming tasks.
8. The portable beauty light kit of claim 7 , wherein the infrared photo detector is adapted to detect infrared signals at a center frequency selected from: 30 Khz, 38 KHz, or 40 KHz.
This invention relates to a portable beauty light kit designed for use in beauty treatments, particularly those involving infrared light therapy. The kit addresses the need for a compact, portable device that can emit and detect specific infrared signals to enhance beauty treatments, such as skin rejuvenation or hair removal. The kit includes a portable housing containing an infrared light source and an infrared photo detector. The infrared light source emits infrared light at a selected frequency, while the infrared photo detector is configured to detect infrared signals at specific center frequencies, including 30 kHz, 38 kHz, or 40 kHz. These frequencies are commonly used in infrared-based beauty treatments to ensure precise targeting of tissues or structures within the skin. The portable design allows users to easily carry and use the device in various settings, such as at home or in professional beauty salons. The kit may also include additional components, such as a power source, control circuitry, and user interfaces, to enable adjustable settings and operation. The ability to detect specific infrared frequencies ensures accurate monitoring and feedback during treatments, improving effectiveness and safety. This invention provides a versatile and portable solution for infrared-based beauty treatments, enhancing convenience and performance.
9. The portable beauty light kit of claim 1 , wherein the signal transmitting circuit comprises one or more infrared light emitting diodes.
The portable beauty light kit is designed for use in beauty and grooming applications, providing controlled lighting to enhance visibility during tasks such as makeup application, hair styling, or skincare treatments. A key challenge in such devices is ensuring consistent, high-quality illumination while maintaining portability and ease of use. The kit includes a signal transmitting circuit that facilitates communication between components, such as a light source and a control unit, to adjust lighting parameters like brightness, color temperature, or intensity. To improve signal transmission, the circuit incorporates one or more infrared light emitting diodes (LEDs). These infrared LEDs enable reliable wireless communication, allowing for seamless adjustments without physical connections. The use of infrared LEDs ensures compatibility with various control interfaces, such as remote controls or smartphone apps, while maintaining low power consumption and minimal interference with visible light. This design enhances user convenience and functionality, making the beauty light kit more versatile for professional and personal use. The infrared LEDs may also support additional features, such as proximity sensing or gesture control, further improving the user experience.
10. The portable beauty light kit of claim 9 , wherein the one or more infrared light emitting diodes are coupled to power management and control unit.
The portable beauty light kit is designed for skincare and beauty treatments, addressing the need for compact, portable lighting solutions that provide therapeutic infrared light for skin rejuvenation. The kit includes a housing containing one or more infrared light-emitting diodes (LEDs) that emit infrared light to stimulate collagen production, improve skin texture, and reduce signs of aging. The infrared LEDs are coupled to a power management and control unit, which regulates power distribution to the LEDs and ensures consistent light output. The control unit may also include features such as adjustable intensity settings, timing controls, and safety mechanisms to prevent overheating or overuse. The housing is designed to be lightweight and portable, allowing users to easily carry and position the device for targeted treatments. The kit may also include additional components, such as reflectors or diffusers, to optimize light distribution and enhance treatment effectiveness. The overall design ensures a user-friendly, efficient, and safe infrared light therapy solution for at-home or on-the-go beauty applications.
11. The portable beauty light kit of claim 10 , wherein the one or more infrared diodes are configured to emit infrared light upon activation of the signal transmitting circuit.
The portable beauty light kit is designed for personal grooming and skincare applications, addressing the need for portable, adjustable lighting solutions that enhance visibility during beauty treatments. The kit includes a housing with one or more infrared diodes integrated into the lighting assembly. These diodes are configured to emit infrared light when activated by a signal transmitting circuit, which may be triggered by a user or an automated system. The infrared light improves visibility in low-light conditions, aiding in tasks such as makeup application, hair removal, or skin analysis. The kit may also feature adjustable brightness, color temperature, and directional control to optimize lighting for different beauty procedures. The infrared diodes can be used independently or in combination with visible light sources to provide enhanced illumination. The overall design ensures portability, ease of use, and adaptability for various beauty-related tasks.
12. The portable beauty light kit of claim 11 , wherein the signal transmitting circuit comprises a switch, button, or variable reactance component for activation thereof.
The portable beauty light kit is designed for use in personal grooming, makeup application, or photography, providing adjustable lighting to enhance visibility and accuracy. The kit includes a portable housing containing one or more light sources, such as LEDs, with adjustable brightness and color temperature to suit different tasks. The light sources are mounted on a flexible or adjustable arm to direct light precisely where needed. The kit also includes a power source, such as a rechargeable battery, and a control circuit to regulate the light output. A key feature is the signal transmitting circuit, which activates or adjusts the light sources. This circuit includes a switch, button, or variable reactance component, allowing users to turn the lights on/off or adjust settings like brightness or color temperature. The circuit may also include wireless communication components, such as Bluetooth or Wi-Fi, to enable remote control via a smartphone or other device. The design ensures portability, ease of use, and customizable lighting for various applications.
13. The portable beauty light kit of claim 12 , wherein the variable reactance component comprises a variable resistor, variable capacitor or variable inductor.
This invention relates to a portable beauty light kit designed to provide adjustable lighting for personal grooming or beauty applications. The kit addresses the need for portable, customizable lighting solutions that can be tailored to different tasks such as makeup application, skincare, or photography. The key innovation involves a variable reactance component integrated into the lighting system, which allows users to fine-tune the electrical properties of the circuit to achieve desired lighting effects. The variable reactance component can be implemented as a variable resistor, variable capacitor, or variable inductor, enabling adjustments to resistance, capacitance, or inductance to modify brightness, color temperature, or other lighting characteristics. This adaptability ensures optimal lighting conditions for various beauty-related activities. The portable design ensures ease of use in different environments, while the variable reactance feature provides precise control over the lighting output, enhancing user experience and functionality. The system may also include additional components such as power sources, control interfaces, and mounting mechanisms to support its portability and usability.
14. The portable beauty light kit of claim 9 , wherein the signal transmitting circuit comprises a circuit configured to modulate infrared signal at a center frequency detectable by the signal receiving circuit.
The portable beauty light kit is designed for use in beauty applications, such as makeup or skincare, where precise lighting conditions are required. The kit addresses the problem of inconsistent or inadequate lighting, which can affect the accuracy of beauty treatments or evaluations. The invention includes a portable light source that provides controlled illumination, ensuring consistent lighting for tasks like makeup application or skin analysis. The kit features a signal transmitting circuit that modulates an infrared signal at a specific center frequency. This frequency is detectable by a corresponding signal receiving circuit, enabling communication between components of the system. The modulated infrared signal allows for wireless control or feedback between the light source and other devices, such as a control unit or sensor. This ensures synchronization and proper functioning of the lighting system. The portable design allows users to position the light source optimally for different beauty tasks, while the infrared signaling ensures reliable operation without the need for physical connections. The system may also include additional features, such as adjustable brightness or color temperature, to further enhance its versatility in beauty applications. The use of infrared signaling ensures that the communication remains unobtrusive and does not interfere with the visible light used for illumination.
15. The portable beauty light kit of claim 14 , wherein the signal transmitting circuit is configured to generate a modulated infrared signal at a center frequency selected from: 30 Khz, 38 KHz, or 40 KHz.
This invention relates to a portable beauty light kit designed for use in beauty treatments, such as hair removal or skin rejuvenation. The kit includes a handheld device with a light source, a power supply, and a signal transmitting circuit. The signal transmitting circuit generates a modulated infrared signal at a specific center frequency, which can be selected from 30 kHz, 38 kHz, or 40 kHz. These frequencies are commonly used in infrared light therapy to enhance treatment effectiveness. The device may also include a control circuit to adjust the light source's intensity and duration, ensuring precise and customizable treatments. The portable design allows for easy use in various settings, including professional salons and home environments. The modulated infrared signal helps target specific skin or hair structures, improving treatment outcomes. The kit may also include additional components, such as a cooling system to reduce discomfort during use. The selection of different frequencies allows the device to be optimized for different treatment types or skin conditions. The overall system provides a versatile and efficient solution for beauty treatments requiring infrared light therapy.
16. The portable beauty light kit of claim 1 , wherein each housing comprises a front surface and a rear surface, the housing adapted to expose at least the portion of the light emitting source through the front surface thereof.
This invention relates to a portable beauty light kit designed for professional or personal use in photography, videography, or makeup applications. The kit addresses the need for adjustable, portable lighting solutions that provide even illumination while being easy to transport and set up. The kit includes multiple housings, each containing a light-emitting source such as LEDs, which can be arranged in various configurations to achieve desired lighting effects. Each housing has a front surface and a rear surface, with the front surface allowing at least a portion of the light-emitting source to be exposed. This design ensures optimal light diffusion and control while maintaining a compact and portable form factor. The housings may be adjustable in terms of angle, height, or distance to accommodate different lighting setups. The kit may also include power sources, mounting mechanisms, or diffusers to enhance functionality. The invention aims to provide a versatile, user-friendly lighting solution for beauty and professional lighting applications.
17. The portable beauty light kit of claim 16 , wherein the housing further comprises one or more apertures extending through the housing at the front surface thereof, and one or more lenses, each of the lenses extending through one or the one or more apertures of the housing, respectively.
This invention relates to a portable beauty light kit designed to provide controlled, high-quality lighting for personal grooming or professional beauty applications. The kit addresses the need for portable, adjustable lighting that enhances visibility for tasks such as makeup application, skincare, or photography, while ensuring even illumination and reducing harsh shadows. The beauty light kit includes a housing that contains one or more light sources, such as LEDs, capable of emitting light at various intensities and color temperatures. The housing is designed to be compact and portable, allowing users to carry and position the light as needed. The front surface of the housing features one or more apertures through which light is emitted. Each aperture is fitted with a lens, which may be a diffuser, a collimator, or another optical element to shape the light output. The lenses ensure that the emitted light is evenly distributed, reducing glare and improving visibility for detailed tasks. The lenses may also be adjustable or interchangeable to allow users to customize the light's diffusion or focus based on their specific needs. The housing may further include controls or connectivity features to adjust light settings, such as brightness or color temperature, either manually or via a connected device. The overall design prioritizes portability, ease of use, and adaptability for different beauty and grooming applications.
18. The portable beauty light kit of claim 17 , wherein the light emitting source comprises one or more light emitting diodes, wherein each of the one or more light emitting diodes is positioned adjacent to one of the one or more apertures and one or more lenses, respectively.
This invention relates to a portable beauty light kit designed to provide controlled, high-quality lighting for personal grooming, makeup application, or photography. The kit addresses the problem of inconsistent or harsh lighting in portable settings, which can make it difficult to achieve precise makeup application or capture high-quality images. The system includes a housing with multiple apertures and lenses, each aligned with a light-emitting diode (LED) to direct and diffuse light evenly. The LEDs are positioned adjacent to the apertures and lenses to ensure optimal light distribution and reduce glare. The kit may also include adjustable features, such as brightness control or color temperature settings, to customize the lighting for different tasks. The design ensures portability while maintaining professional-grade illumination, making it suitable for travel or on-the-go use. The LEDs are strategically placed to maximize efficiency and minimize heat generation, enhancing both performance and safety. The overall system provides a compact, versatile lighting solution for beauty and personal grooming applications.
19. The portable beauty light kit of claim 16 , wherein each of the light modules further comprises a micro-suction foam coupled to the housing at the rear surface thereof, wherein the micro-suction foam is configured to removably attach the respective light module with the mirror.
This invention relates to a portable beauty light kit designed to provide adjustable, high-quality lighting for personal grooming or makeup application. The kit addresses the problem of inconsistent or inadequate lighting in personal spaces, which can make tasks like makeup application or skincare difficult. The system includes multiple light modules that can be positioned around a mirror to create even, shadow-free illumination. Each light module has a housing with a front surface containing light-emitting elements and a rear surface designed for attachment to a mirror. The light modules are adjustable in terms of brightness and color temperature to suit different lighting needs. The invention also includes a control unit that allows users to adjust settings across all light modules simultaneously or individually. The light modules are powered by rechargeable batteries, making the system portable and easy to use in various locations. The key innovation in this embodiment is the inclusion of micro-suction foam on the rear surface of each light module. This foam allows the modules to be securely but removably attached to a mirror, ensuring stability during use while allowing for easy repositioning or removal when needed. The micro-suction foam provides a non-damaging, flexible attachment method that works on smooth surfaces like glass or acrylic mirrors. This feature enhances the usability of the kit by making it quick to set up and adjust without requiring additional mounting hardware. The system is particularly useful for individuals who need precise lighting for beauty or grooming tasks in home or travel environments.
20. The portable beauty light kit of claim 19 , wherein the micro-suction foam comprises acrylic foam having a plurality of micro cavities configured to function as micro suction cups.
The portable beauty light kit is designed for use in beauty and grooming applications, particularly for providing controlled, diffused lighting to enhance visibility during tasks such as makeup application, hair styling, or skincare treatments. A key challenge in such kits is ensuring stability and positioning of the lighting device without causing damage to surfaces or requiring complex mounting mechanisms. The invention addresses this by incorporating a micro-suction foam component that adheres to surfaces through micro suction. This foam is made of acrylic material with a plurality of micro cavities, each functioning as a micro suction cup. The micro cavities create localized vacuum effects when pressed against a smooth surface, allowing the foam to securely attach without leaving residue or causing surface damage. The foam's structure ensures even distribution of suction force, enhancing stability while remaining easy to reposition or remove. This design is particularly useful for portable lighting systems that need to be placed on mirrors, walls, or other smooth surfaces in temporary setups. The micro-suction foam provides a reliable, non-destructive attachment method, improving usability and versatility in beauty and grooming environments.
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April 18, 2017
January 7, 2020
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